feature article
Subscribe Now

Watching Apple

Even More Interesting Than Apple Watch

The 9 March event provided color on the Apple Watch; it revealed the future of Apple the company

Well that was interesting; at times, downright fascinating. I refer to the big Apple event last month. We learned more about Apple Watch—not a great deal more about the product itself, given that the functionality was detailed in the September 2014 event—and got multiple lessons in metallurgy. The fascinating bits were pricing and the implications therein for Apple corporate positioning moving forward.

Let’s begin with some honest scoring: how did I do with my observations in my column written last fall? Bear with me, this will necessitate skimming over some of the most fascinating bits; we’ll circle back around to those after we peek at my prognostications.

“A whole lot of people will want to do the mixing and matching in person, say, as one would do at a jewelry store. Or a jewelry store within a retail store. And just who in the smart watch game has brilliant retail stores? Only Apple.”

Granted, this was an easy one. Apple will have special displays in every store dedicated to Apple Watch: all the case/band combinations for Sport Watch and Watch on display, plus well-trained employees to guide you through the choices. And, critically, enable you to try them on.

“Battery life. Très élégant magnetic inductive charging! How often do I need to utilize this beautiful charger? Not talking.”

I missed on this one. Tim Cook (almost in passing) dropped an 18-hour figure; Apple later backed that up with a semi-realistic looking use case. Based on the disclosed stats, one full day of ‘normal’ use appears to be realistic.  Time will tell—pardon the pun—as we will hear real-world numbers in April.

“All we know is pricing STARTS at $350; no doubt, that gets you the smaller Watch Sport (aluminum case) … Then we’re talking the ‘core’ Apple Watch with stainless steel cases and the sought-after sapphire crystal. … I’m willing to bet the range is $500-$650.”

Not bad at all. The $350 indeed gets you the smaller 38mm Watch Sport and the larger 42mm version has a $50 adder. I nailed the ‘core’ Watch models: entry prices are $550 (38mm) and $600 (42mm) with the basic fluoroelastomer (sport) band. We’ll get to the leather and metal bands later.

“Even if the Apple Watch Edition in 18-karat gold is a relative bargain (my guess: $700-900).”

What the hell was I thinking? Any sentence with the words ‘Apple’ and ‘bargain’ is clearly an oxymoron. And I was simply a moron: Watch Edition starts at a cool $10,000, and that sticks you with a fluoroelastomer band. Want one of those tricked-out leather bands? Grab a stiff drink now, because we’ll circle back to those shortly.

In summary, a very average performance on the prognostication front. Before we get to all the aforementioned circling back around, let’s discuss materials and metallurgy. Apple spent plenty of time—during the event and on the website—doing so … and this will serve as a beautiful segue from the subject of “Apple Watch” to the “Watching Apple” matter.


NOT JUST ANY _____

I’ve already mentioned the sport fluoroelastomer band. And not just ANY fluoroelastomer: “a custom high-performance fluoroelastomer.” Heaven help you if you call it ‘rubber’: Christy Turlington did so onstage—a major faux pax in her otherwise rock solid (seriously) appearance—as a result, she will likely never receive the gift of a chic Watch Edition.

The aluminum body of the Sport Watch? Not just ANY aluminum: “a new alloy of 7000 Series aluminum that’s 60 percent stronger than standard alloys.” And that’s only the tip of the iceberg: check out the first of the metallurgy lessons in this Apple video (QuickTime required, ‘natch’). I love the British voiceover, required to get the critically important pronunciation of ‘al-you-miny-um’).

The stainless steel body of the core Watch? You got it, no way is Sir Jonathan Ive going to settle for just any stainless steel: “We took a refined 316L stainless steel—an alloy that is remarkably corrosion resistant—and cold forged it to make it up to 80 percent harder. We also reduce impurities to achieve the mirror finish.” You absolutely must watch the second of the metallurgy lessons in THIS video, which may have been directed by Peter Jackson channeling scenes of Modor.

And it goes completely without saying that if one is ready to drop a stack of Benjamins, one damn well better get something beyond ‘standard’ gold: “Each has a watch case crafted from 18-karat gold that our metallurgists have developed to be up to twice as hard as standard gold.” And while the third and final metallurgy lesson is a suitably impressive video, one cannot help but wonder if Steve Jobs would have settled for anything short of 24-karat gold. (“Stop whining about ductility and build me a watch with 99.99% pure Au!”)

The metallurgy tour de force is classic Apple: “We’re perfectionists, we’re innovators … revel in the details of our craftsmanship.” This is the latest twist on Apple engineering expertise: along the same lines as the in-depth description of the inner workings of the display controller chip for the iMac with Retina 5K display, the “terraced, contoured battery design” and “entirely new [keyboard] butterfly mechanism” in the new MacBook.

Minor digression: if there was ever a device that would benefit from Apple’s patented MagSafe connector, it is the new two-pound MacBook. It would have required a third iteration of said connector, granted, yet it would have preserved a highly differentiated feature. Sorry, MagSafe is out the door, in the interest of ‘perfection’ in the form of a single USB 3.1 type C port. This is the same “we know what is best for you” logic that created the impossibly thin iPad Air 2 … that has shorter battery life than its thinner-than-a-pencil predecessor … which nobody dinged for being too thick.


CAVIAR PLEASE; BELUGA, OF COURSE

I’ve covered the ‘classic’ Apple, Silicon Valley Geekdom honed and executed to the very highest level. Interesting stuff. The fascinating element is the ‘new’ Apple: rather than the best consumer electronics company, a luxury goods company. Finally, we circle back around to all those topics left ‘open’ earlier.

Let’s look at the prices of the three 38mm models, all paired with fluoroelastomer bands:

  • Sport = $349
  • Watch = $549
  • Edition = $10,000

That folks, is luxury-based pricing: the relative pricing is built around scarcity and exclusivity, NOT underlying value. The aluminum and stainless steel cases are manufactured in the same manner—they are both milled and polished—so there is not a significant difference in manufacturing cost. 25-some-odd grams of stainless steel is ever-so-slightly more expensive than the requisite aluminum, but that is down in the noise.

Let’s go flat-out crazy and imagine the Watch is $30 more than the Sport, all-in cost to Apple. Even with such an adder, the Watch will drop an additional $170 of pure profit to the bottom line. Apple pushes 40% gross margin at the corporate level, so let’s be truly pessimistic and imagine that the Sport models are priced to move volume with 25% gross margin; that means $87 in gross margin per unit. $87 + $170 = $237 in gross margin per unit for the core Watch, which works out to be a corporate-happy 47% gross margin.

So even under my extreme assumptions, each Watch sold generates 2.7x the gross margin dollars relative to the Sport. And that does not include the serious gross margin coinage on the more upscale bands: the Watch collection offers leather ($100-200 adder) and metal ($100-400 adder) options that not only look good, they reduce the odds that your stainless steel Watch is mistaken for an aluminum Sport.

This math gets really fun with the Edition. It holds 40-ish grams of 18-karat gold, which translates into roughly 0.85 troy ounces of pure gold (the actual content is very likely less, given that Apple’s patented alloy includes ceramic for hardness). To be entirely safe, call it $1000 in gold and throw in a healthy $200 for the extra manufacturing and hand polishing “by highly skilled jewelry artisans.” That $1200 COGS adder is handsomely offset—insert subtle British cough here—by the $10,000 price of the least expensive Watch Edition.

Each Watch Edition sold generates more than $8,500 in gross margin, coincidentally working out to be an 85% gross margin. And we’ll stop there, leaving the $17,000 version with the tricked-out leather band as an exercise for the reader.

At the risk of stating the obvious, it is vital that this does not get lost in the shuffle: all of these models deliver exactly the same functionality. It goes without saying that this is not the norm in horological circles, where higher price is often represented by mechanical marvels such as complications or tourbillons.

I’ve done a little modeling on the SKU mix of bands and landed on the following:

  • Watch: $725 ASP, 53% gross margin
  • Edition: $14,000 ASP, 85% gross margin

Do keep in mind that all of this is built atop the very conservative 25% gross margin assumption for the Sport. And let’s throw caution to the wind and guess that the unit sales by line are 55% Sport, 44% Watch and 1% Edition. Now get a load of this math; for every 100 units sold, gross margin dollar contribution is:

  • Sport = $4,800
  • Watch = $17,000
  • Edition = $12,000

You are reading that correctly: the single unit of Edition generates 2.5x the gross margin dollars of the 55 units of Sports. Pay a visit to your old chum at Audemars Piguet, Patek, Vacheron Constantin—or for that matter Chanel, Hermes, Louis Vuitton—and run the previous sentence by them; ply them with a few top-shelf martinis and they will enthusiastically tell you “Now that is what I’m talking about!”

This is not Apple as the world’s best consumer electronics company; this is Apple as the world’s newest luxury brand. And given that lux leader LVMH has ‘just’ $90B in market cap, it may not be long before this is Apple as the world’s largest luxury brand.

Those rumors of an Apple car you’ve been reading? Gee, it may set you back a cool quarter million dollars, assuming you want the version with leather seating. Not just any leather, mind you …

Leave a Reply

featured blogs
Apr 11, 2021
https://youtu.be/D29rGqkkf80 Made in "Hawaii" (camera Ziyue Zhang) Monday: Dynamic Duo 2: The Sequel Tuesday: Gall's Law and Big Ball of Mud Wednesday: Benedict Evans on Tech in 2021... [[ Click on the title to access the full blog on the Cadence Community sit...
Apr 8, 2021
We all know the widespread havoc that Covid-19 wreaked in 2020. While the electronics industry in general, and connectors in particular, took an initial hit, the industry rebounded in the second half of 2020 and is rolling into 2021. Travel came to an almost stand-still in 20...
Apr 7, 2021
We explore how EDA tools enable hyper-convergent IC designs, supporting the PPA and yield targets required by advanced 3DICs and SoCs used in AI and HPC. The post Why Hyper-Convergent Chip Designs Call for a New Approach to Circuit Simulation appeared first on From Silicon T...
Apr 5, 2021
Back in November 2019, just a few short months before we all began an enforced… The post Collaboration and innovation thrive on diversity appeared first on Design with Calibre....

featured video

The Verification World We Know is About to be Revolutionized

Sponsored by Cadence Design Systems

Designs and software are growing in complexity. With verification, you need the right tool at the right time. Cadence® Palladium® Z2 emulation and Protium™ X2 prototyping dynamic duo address challenges of advanced applications from mobile to consumer and hyperscale computing. With a seamlessly integrated flow, unified debug, common interfaces, and testbench content across the systems, the dynamic duo offers rapid design migration and testing from emulation to prototyping. See them in action.

Click here for more information

featured paper

Understanding the Foundations of Quiescent Current in Linear Power Systems

Sponsored by Texas Instruments

Minimizing power consumption is an important design consideration, especially in battery-powered systems that utilize linear regulators or low-dropout regulators (LDOs). Read this new whitepaper to learn the fundamentals of IQ in linear-power systems, how to predict behavior in dropout conditions, and maintain minimal disturbance during the load transient response.

Click here to download the whitepaper

Featured Chalk Talk

Innovative Hybrid Crowbar Protection for AC Power Lines

Sponsored by Mouser Electronics and Littelfuse

Providing robust AC line protection is a tough engineering challenge. Lightning and other unexpected events can wreak havoc with even the best-engineered power supplies. In this episode of Chalk Talk, Amelia Dalton chats with Pete Pytlik of Littelfuse about innovative SIDACtor semiconductor hybrid crowbar protection for AC power lines, that combine the best of TVS and MOV technologies to deliver superior low clamping voltage for power lines.

More information about Littelfuse SIDACtor + MOV AC Line Protection